Ultra Wide Band (UWB) Radio Fundamentals

Second Year, M.Sc. in Communications and Electronic Engineering (First semester)

Prof. Maria-Gabriella Di Benedetto

Course material

Slides and files will be available the day before of the corresponding lecture/practice.

Theory

Lecture
Date
Slides
Reference Papers
Lecture 1: Introduction
20/09/2021
Slides
[2003 Di Benedetto] Ultra Wide Band (UWB) Wireless Communications - A Tutorial
Lecture 2: UWB Signals
04/10/2021
Slides
-
Lecture 3: UWB Spectral Analysis
11/10/2021
Slides
-
Lecture 4: Link Budget
18/10/2021
Slides
-
Lecture 5: Receivers in AWGN
25/10/2021
Slides
-
Lecture 6: Pulse Shaping in IR-UWB systems
05/11/2021
Slides
[2006 Di Benedetto - De Nardis] Tuning UWB signals by pulse shaping - Towards context-aware wireless networks
Lecture 7: Multi User Interference in IR-UWB networks
08/11/2021
Slides
[2006 Giancola - Di Benedetto] A novel approach for estimating multi-user interference in impulse radio UWB networks - The pulse collision model
Lecture 8: Ranging and Positioning in UWB
15/11/2021
Slides
[2005 Gezici] Localization via Ultra-Wideband Radios - A look at positioning aspects of future sensor networks
Lecture 9: Terahertz Communications
22/11/2021
Slides
-
Lecture 10: Non-Orthogonal Multiple Access
29/11/2021
Slides
M.T.P. Le, G.C. Ferrante, T.Q.S. Quek and M.-G. Di Benedetto, Fundamental Limits of Low-Density Spreading NOMA with Fading, IEEE Transactions on Wireless Communications, Vol. 17, no. 7, pp. 4648-4659, July 2018.


Practice

Practice
Date
Slides
Files and reference papers
Solution
Practice 1: Introduction to MATLAB
24/09/2021
Slides
-
-
Practice 2: MATLAB Problems
27/09/2021
Slides
Additional problem 1
Solution

Solution to additional problem 1
Practice 3: Introduction to UWB
01/10/2021
Slides
-
Solution
Practice 4: Generation of UWB signals
08/10/2021
Slides
-
Solution
Practice 5: Spectral Characteristics of UWB Signals
15/10/2021
Slides
-
Solution
Practice 6: Link budget
22/10/2021
Slides
Sheng H., Orlik P., Haimovich A.M., Cimini Jr. L.J., Zhang J., "On the Spectral and Power Requirements for Ultra Wideband Transmission," IEEE International Conference on Communications, Volume: 1, (May 2003), 738-742.
Solution
Practice 7: UWB receivers
29/10/2021
Slides
-
Solution
Practice 08: Pulse shaping
05/11/2021
Slides
Support files
Solution
Practice 9: MUI in UWB networks
11/11/2021
Slides
-
Solution
Practice 10: Experiments with the Decawave DWM1001-DEV
19/11/2021
Slides
-
-
Practice 11: Ranging and Positioning
03/12/2021
Slides
Support files

Last update: 03/12/2021